short circuiting

简明释义

短路

英英释义

例句

1.In programming, short circuiting 短路 evaluation can improve performance by skipping unnecessary calculations.

在编程中，short circuiting 短路评估可以通过跳过不必要的计算来提高性能。

2.If you don't properly insulate the wires, they might start short circuiting 短路, which can create a fire hazard.

如果你不正确绝缘电线，它们可能会开始short circuiting 短路，这可能会造成火灾隐患。

3.The technician discovered that the device was short circuiting 短路 due to a faulty component that needed replacement.

技术员发现该设备由于一个需要更换的故障组件而发生了short circuiting 短路。

4.During the storm, the power lines were damaged, leading to several neighborhoods short circuiting 短路 and losing electricity.

在风暴期间，电力线路受损，导致多个社区发生short circuiting 短路并失去电力供应。

5.The engineer realized that the wiring was incorrectly installed, causing the system to be short circuiting 短路 and malfunction.

工程师意识到接线安装不当，导致系统发生short circuiting 短路并发生故障。

作文

In the realm of electrical engineering, the term short circuiting refers to a situation where an unintended path is created in a circuit, allowing current to flow along an unintended route. This can lead to excessive current flow that may cause damage to electrical components or even create fire hazards. Understanding this phenomenon is crucial for engineers and technicians alike, as it plays a significant role in ensuring the safety and functionality of electrical systems.However, the concept of short circuiting can also be applied metaphorically in various fields, such as psychology, education, and even personal development. For instance, when individuals face challenges or obstacles, they might resort to short circuiting their thought processes. This means they bypass critical thinking or rational decision-making in favor of quick fixes or impulsive actions. While this approach might provide immediate relief, it often leads to long-term consequences that could have been avoided with more thoughtful consideration.In educational settings, short circuiting can manifest when students attempt to take shortcuts in their learning processes. Instead of engaging deeply with the material, they might rely on cramming or rote memorization, which ultimately undermines their understanding and retention of knowledge. Teachers and educators strive to encourage students to avoid short circuiting their learning by promoting critical thinking skills and fostering a love for inquiry and exploration.On a personal level, short circuiting can hinder one’s growth and development. For example, when faced with difficult emotions or situations, some individuals may choose to numb their feelings through distractions or unhealthy coping mechanisms. This avoidance strategy might seem appealing in the short term, but it prevents them from processing their emotions and learning from their experiences. To overcome this tendency, it is essential to cultivate self-awareness and emotional intelligence, allowing for a more constructive approach to dealing with life’s challenges.Moreover, in the context of technology and innovation, short circuiting can represent a failure to explore the full potential of ideas. Innovators might rush to implement solutions without thoroughly investigating all possibilities, leading to missed opportunities and suboptimal results. Encouraging a culture of exploration and experimentation can help mitigate this risk, allowing teams to develop more robust and effective solutions.In conclusion, whether in electrical engineering or the broader contexts of life, the concept of short circuiting serves as a reminder of the importance of thoroughness and critical thinking. By recognizing the pitfalls of taking shortcuts, we can strive to engage more deeply with our work, our learning, and our personal growth. Embracing challenges and approaching problems with a thoughtful mindset can lead to more meaningful outcomes and a richer understanding of the world around us. The next time you feel tempted to short circuiting your way through a problem, remember that the journey of exploration and understanding is often just as valuable as the destination itself.

在电气工程领域，术语短路指的是电路中产生意外路径的情况，使电流沿着非预期的路线流动。这可能导致过量电流流动，从而可能损坏电气元件甚至引发火灾。理解这一现象对于工程师和技术人员至关重要，因为它在确保电气系统的安全性和功能性方面发挥着重要作用。然而，短路的概念也可以在心理学、教育甚至个人发展等各个领域隐喻性地应用。例如，当个人面临挑战或障碍时，他们可能会选择短路他们的思维过程。这意味着他们绕过批判性思维或理性决策，转而采取快速解决方案或冲动行动。尽管这种方法可能提供即时的缓解，但往往会导致长期后果，这些后果本可以通过更深思熟虑的考虑来避免。在教育环境中，短路可能表现为学生试图在学习过程中走捷径。学生们可能依赖于临时抱佛脚或死记硬背，而不是深入参与材料，这最终削弱了他们对知识的理解和记忆。教师和教育者努力鼓励学生避免短路他们的学习，促进批判性思维技能，并培养对探究和探索的热爱。在个人层面上，短路可能会阻碍一个人的成长和发展。例如，当面临困难的情绪或情况时，一些人可能选择通过分散注意力或不健康的应对机制来麻痹自己的感受。这种回避策略在短期内可能看起来吸引人，但它阻止了他们处理情绪并从经历中学习。为了克服这种倾向，培养自我意识和情商至关重要，使人们能够以更具建设性的方式应对生活中的挑战。此外，在技术和创新的背景下，短路可以代表未能充分探索想法的潜力。创新者可能急于实施解决方案，而没有彻底调查所有可能性，从而导致错失机会和次优结果。鼓励探索和实验的文化可以帮助减轻这一风险，使团队能够开发出更强大和有效的解决方案。总之，无论是在电气工程还是更广泛的生活背景中，短路的概念提醒我们全面性和批判性思维的重要性。通过认识到走捷径的陷阱，我们可以努力更深入地参与我们的工作、学习和个人成长。拥抱挑战，以深思熟虑的心态解决问题，可以带来更有意义的结果和对周围世界的更丰富理解。下次当你感到想要短路某个问题时，请记住，探索和理解的旅程往往与目的地本身一样有价值。